a experiment of Brown Anole Lizard Distribution is conducted to perform my experiment I will choose 4 spots in a park such as a lake, a shaded tree, a boardwalk, and a sidewalk. then to quantify my results I will go three times a day for five weeks and count how many lizards I see in each area.  what would the control would be

Scenario 2: Sarah kicked a fully inflated soccer ball 100 times and measured how far it traveled. Next, she kicked a partially inflated soccer ball 100 times and measured how far it traveled. 1. Write a hypothesis: 2. Independent variable: 3. Dependent variable: 4. Controlled variables (at least 3): a. b. 5. Control Treatment: 6. Experimental Treatment:

Use Verbal description of results from graph and then Interpret the graph for Exclusive range sccenario in foraging lab. The interpretations must include  Were the results expected and Did they support the hypotheses? If so, state the biological significance of the results from graph. If the results deviated significantly from expected results, discuss the hypotheses onthe basis of expected results and include an explanation of why this might be so. Lastly, state the conclusions drawn from the experiment and their biological relevance. Hypothesis:  In the context of exclusive ranges, the foraging times would be significantly affected by the introduction of competition, as opposed to territoriality. This increased competition was expected to deplete food resources and result in harassment by competing individuals.

Calculate the total surface area (m^2) of the entire sampling plot (all the tree quadrats) (no units)

To conduct their experiment, the researchers collected L. peronii eggs from a natural stream.  After the eggs had hatched, tadpoles were raised in artificially constructed 2 L containers in a laboratory.  All containers were filled with 1 L of filtered tap water, and the water was changed every other day.  Thirteen tadpoles were placed in each container, and the tadpoles were exposed to a 12-hour light: 12-hour dark photoperiod.  All tadpoles were fed thawed spinach daily.  The researchers randomly placed the tadpoles into containers exposed to one of four treatments, with nine replicates of each treatment, as follows: Low UVBR (<6.0 kJ/m2), low temperature (15OC) Low UVBR (<6.0 kJ/m2), high temperature (26OC) High UVBR (>70.0 kJ/m2), low temperature (15OC) High UVBR (>70.0 kJ/m2), high temperature (26OC) The researchers recorded the number of tadpoles still alive out of the original 13 in a container (percent survival) at different time periods.  Their results at Week 4,…

calculate the number of Physignathus cocincinus in each region, and determine the mean density of lizards in each habitat (A, B and C). Provide a legend to Table 2. Using the literature, explain how would you go about collecting the sort of data shown in Table 2?

The next five questions (questions 11-15) are related to each other. Read all of the scenarios very carefully and in order and select the correct answer. A population of 10,000 blue grasshoppers lives on an island. Most members of the population live among the grasses because they are not very good climbers. Some grasshoppers live in the trees because they are good climbers. One year, a short-legged mouse arrived at the island and ate all grasshoppers within its reach, thus totally wiping out the grasshoppers living in the grasses. Luckily, those grasshoppers that were good climbers were spared. This story is an example of Gene Flow Founder Effect C Natural Selection Genetic Drift

Which of the following are observations that yield results? measuring temperature using a thermometer conclusive evidence that does not require further testing observing a certain species of a bird in a specific location subjective data about physical characteristics of a fish

I am doing an ecology research paper on Brown Anole Lizard Distribution,  to perform my experiment I will choose 4 spots in a park such as a lake, a shaded tree, a boardwalk, and a sidewalk. then to quantify my results I will go three times a day for five weeks and count how many lizards I see in each area.  I need help thinking of a testable hypothesis?  This is often similar to your research question, however,  it can be answered with the numbers you will collect.  For example, a research question could be:  Which is better, a park or a nature preserve? A testable hypothesis would be:  Do parks or preserves have higher bird populations?

One of my statician create this data analysis for my assignment. But she didn;t explained it well. For this assignment we compare and determine the macroinvertebrates species of this sampling method (the picture below) I just want to know how does this happen and the outcome of the value whats the meaning?    Pls help me whats the meaning of this and what will be the outcome of this value for this output thank you so much for your help, i'll rate you 5 stars